The problem involves a boy riding on a merry-go-round, where he must exert a force to avoid being thrown off. The discussion centers around concepts of circular motion, specifically centripetal force and acceleration, as well as the relationship between mass, speed, and radius in this context.
The discussion is active, with participants providing guidance on relevant formulas and clarifying concepts of acceleration. There is an exploration of different interpretations of the problem, particularly regarding the variables involved and their physical meanings.
Some participants express uncertainty about the application of certain formulas and the presence of multiple masses, indicating a need for clarification on the assumptions underlying the problem setup.
Do you know what your symbols mean?tboltzsoccer said:F=M1*M2/R but i dono if that's right
So you just pick some formula out of thin air and hope you can apply it to a given situation??tboltzsoccer said:Yes, but it seems as if there is only one mass the mass of the boy i didnt know wher the second mass would come from that's why it staryed me away from this equation but i wasnt sure what else i coudl use
Correct. What are the physical dimensions of acceleration?tboltzsoccer said:its centripetal acceleration
That is correct.tboltzsoccer said:F=mv^2/r possibly